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    • 1. 发明申请
    • VALVE SYSTEM, IN PARTICULAR FOR CONTROLLING THE SUPPLY OF A FLUID FROM A SUPPLY SOURCE TO A USER APPARATUS
    • 阀门系统,特别是用于控制从供应源向用户装置供应的流体
    • WO2009104158A9
    • 2010-09-23
    • PCT/IB2009050700
    • 2009-02-20
    • ELBI INT SPADA PONT PAOLOVILLANI PIETROSAMMARTINARO GIOVANNICORBO ROBERTOGARETTO LUCAMARANGON MAUROCAPIZZI GIOSUE
    • DA PONT PAOLOVILLANI PIETROSAMMARTINARO GIOVANNICORBO ROBERTOGARETTO LUCAMARANGON MAUROCAPIZZI GIOSUE
    • F16K31/06
    • F16K31/0655F23N1/005F23N2035/14F23N2035/16F23N2035/24
    • The valve system (10; 110) comprises: a housing (12; 112) including an inlet joint (24; 124) and an outlet joint (26; 126) intended to receive an incoming fluid flow and to discharge said fluid flow, respectively; and a middle section (30; 130) in fluid communication with the inlet joint (24; 124) and the outlet joint (26; 126), respectively; inlet and outlet valve devices (14; 114; 214; 314; 18; 118) arranged between the inlet joint (24; 124) and the middle section (30; 130) and between the middle section (30; 130) and the outlet joint (26; 126), respectively; and electromagnetic actuating devices (16; 116) designed to be passed through by an electric excitation current having an intensity (I) which can be modulated so that the actuating means (16; 116) arrange the inlet valve means (14; 114; 214; 314) in a modulated open condition, where said fluid flow rate (F) increases with an increase in the intensity (I) of said current. The electromagnetic actuating devices (16; 116) are designed to be activated by a current with an intensity (I) which can be modulated within a first and a second range of values where said actuating devices (16; 116) actuate the inlet valve devices (14; 114; 214; 314) in a first and second modulated open condition, respectively, where said fluid flow rate (F) is varied in accordance with a first and a second section of a characteristic curve (C1; C2), respectively, which increase with an increase in the intensity (I) of said current.
    • 阀系统(10; 110)包括:壳体(12; 112),包括入口接头(24; 124)和出口接头(26; 126),用于接收进入的流体流并分别排出所述流体流 ; 以及分别与所述入口接头(24; 124)和所述出口接头(26; 126)流体连通的中间部分(30; 130) 布置在入口接头(24; 124)和中间部分(30; 130)之间以及中间部分(30; 130)和出口之间的入口和出口阀装置(14; 114; 214; 314; 18; 118) 关节(26; 126); 以及电磁致动装置(16; 116),其被设计成通过具有强度(I)的电激励电流通过,所述强度(I)可被调制,使得致动装置(16; 116)将入口阀装置(14; 114; 214 ; 314)处于调制打开状态,其中所述流体流速(F)随着所述电流的强度(I)的增加而增加。 电磁致动装置(16; 116)被设计成由具有强度(I)的电流激活,强度(I)可以在第一和第二值范围内被调制,其中所述致动装置(16; 116)致动入口阀装置 (14; 114; 214; 314)分别处于第一和第二调制打开状态,其中所述流体流速(F)分别根据特性曲线(C1; C2)的第一和第二部分而变化 ,其随着所述电流的强度(I)的增加而增加。
    • 3. 发明申请
    • VALVE SYSTEM, IN PARTICULAR FOR CONTROLLING THE SUPPLY OF A FLUID FROM A SUPPLY SOURCE TO A USER APPARATUS
    • 阀门系统,特别是用于控制从供应源向用户装置供应的流体
    • WO2009104158A2
    • 2009-08-27
    • PCT/IB2009050700
    • 2009-02-20
    • ELBI INT SPADA PONT PAOLOVILLANI PIETROSAMMARTINARO GIOVANNICORBO ROBERTOGARETTO LUCAMARANGON MAUROCAPIZZI GIOSUE
    • DA PONT PAOLOVILLANI PIETROSAMMARTINARO GIOVANNICORBO ROBERTOGARETTO LUCAMARANGON MAUROCAPIZZI GIOSUE
    • F16K31/06
    • F16K31/0655F23N1/005F23N2035/14F23N2035/16F23N2035/24
    • The valve system (10; 110) comprises: a housing (12; 112) including an inlet joint (24; 124) and an outlet joint (26; 126) intended to receive an incoming fluid flow and to discharge said fluid flow, respectively; and a middle section (30; 130) in fluid communication with the inlet joint (24; 124) and the outlet joint (26; 126), respectively; inlet and outlet valve devices (14; 114; 214; 314; 18; 118) arranged between the inlet joint (24; 124) and the middle section (30; 130) and between the middle section (30; 130) and the outlet joint (26; 126), respectively; and electromagnetic actuating devices (16; 116) designed to be passed through by an electric excitation current having an intensity (I) which can be modulated so that the actuating means (16; 116) arrange the inlet valve means (14; 114; 214; 314) in a modulated open condition, where said fluid flow rate (F) increases with an increase in the intensity (I) of said current. The electromagnetic actuating devices (16; 116) are designed to be activated by a current with an intensity (I) which can be modulated within a first and a second range of values where said actuating devices (16; 116) actuate the inlet valve devices (14; 114; 214; 314) in a first and second modulated open condition, respectively, where said fluid flow rate (F) is varied in accordance with a first and a second section of a characteristic curve (C1; C2), respectively, which increase with an increase in the intensity (I) of said current.
    • 阀系统(10; 110)包括:壳体(12; 112),包括入口接头(24; 124)和出口接头(26; 126),用于接收进入的流体流并分别排出所述流体流 ; 以及分别与所述入口接头(24; 124)和所述出口接头(26; 126)流体连通的中间部分(30; 130) 布置在入口接头(24; 124)和中间部分(30; 130)之间以及中间部分(30; 130)和出口之间的入口和出口阀装置(14; 114; 214; 314; 18; 118) 关节(26; 126); 以及电磁致动装置(16; 116),其被设计成通过具有强度(I)的电激励电流通过,所述强度(I)可被调制,使得致动装置(16; 116)将入口阀装置(14; 114; 214 ; 314)处于调制打开状态,其中所述流体流速(F)随着所述电流的强度(I)的增加而增加。 电磁致动装置(16; 116)被设计成由具有强度(I)的电流激活,强度(I)可以在第一和第二值范围内被调制,其中所述致动装置(16; 116)致动入口阀装置 (14; 114; 214; 314)分别处于第一和第二调制打开状态,其中所述流体流速(F)分别根据特性曲线(C1; C2)的第一和第二部分而变化 ,其随着所述电流的强度(I)的增加而增加。